Tablet Comparison And E-Book Readers Technology

An e-book reader is a reading device for electronic books, the e-books.

E-book reader technology makes reading easier in many ways. Many are less than 200g and lighter than most paperbacks. In addition, you can change the font size and thus often read without reading glasses.

Tablet comparison: Differences between e-book readers and tablets technology

You can read E-books on e-book readers and tablets.

tablet comparison

Since e-book readers do not need a backlight, they have three very important advantages over tablets

  • The battery life is much longer – up to 8000 page turns or four weeks. Ideally, the display technology used, which mostly comes from E Ink, should only consume electricity when the screen content changes.
  • They’re better for the eyes because the eyes are less stressed and tire as quickly as a tablet. Thus, if you want to use a tablet, tablet comparison is necessary.
  • The screens of the e-book readers hardly reflect, which means that they can also be used outdoors very well. Tablets are very difficult to use because of the strong reflections outside. This can be seen well in the following video:

Tablets also have advantages over e-book readers

Tablets respond faster and offer color displays. At the moment, the e-book readers from the major providers such as Amazon and Tolino are not yet available with a color display, but with 16 shades of gray.

Since the screens of good e-book readers are not based on LCD technology, the image changes take a little longer. As a result, it is currently not possible to watch videos on most devices.

While the screen diagonal of e-book readers is usually 6 inches, it is often around 10 inches on tablets. However, at around 600 g, tablets are often more than twice as heavy and much more unwieldy than the most common e-book readers.

E-book readers with eye-friendly front lighting have been developed so that e-books can also be read comfortably in the dark. The lighting reduces the battery life, but it is still several times longer than that of tablets.

Due to the advantages of the display and the low weight, e-book readers are usually superior to tablets when reading e-books.

The special thing about e-book readers: Tablet comparison display technology

The displays of e-book readers use a different technology than the displays of computer monitors, tablets and smartphones. Electronic paper is used in e-book readers. The other devices mentioned use LCDs and OLEDs.

The electronic paper does not need a backlight to display content. No power is used for viewing. However, turning the page consumes electricity as the content changes.

Therefore, e-book readers have advantages over other reading devices.

Smart Windows – Singapore Researchers Invent Technology to Reduce Lost Energy in Buildings

A new technology has been developed to improve building windows, which are deemed as the least efficient as they are responsible for 60% of total energy lost. Nanyang Technological University’s Yi Long and her colleagues solved the problem by inventing a smart window that automatically regulates the radiative cooling by turning the process on or off depending on the temperature affecting a building.

Radiative cooling is the process of radiating thermal energy inside buildings, which takes place when the windows outside during warm weather radiate heat inside, which increases demand for cooler air produced by air conditioning systems. Conversely, windows warmed from the inside during cold seasons tend to radiate the heat outside, which increases the demand for heat produced by indoor heaters.

What Makes a Smart Window Work?

The group of scientists from Nanyang Technological University added a a thin layer of vanadium dioxide on one side of the glass, whilst adding vanadium dioxide, a compound that transforms an insulator into becoming a conductor once temperature reaches 68°C. If the temperature is below 68°C, the smart window will prevent infrared radiations from the inside from escaping. At the same time, the  window technology will reflect the heat on the outside.

On the other hand, since a 68°C temperature is an extremely hot temperature that does not occur even during the warmest weather conditions, the team added tungsten to the vanadium dioxide as a way to lower the transition temperature to 28°C.

In between the tungsten-clad vanadium dioxide and the glass material of the smart window, the researchers added another layer of transparent poly(methyl methacrylate) or PMMA plastic, to improve the smart window’s insulating abilities.

According to Long, the smart windows do not require electricity when adjusting to the temperature everyday. Still, the team of researchers are still working out a few more improvements before making them commercially available, including its durability nad utmost ability to block infrared radiations.

Cloud Apps: Helpful Technology?

cloud-app-technology

Opinions disagree when it comes to apps for production cloud or edge applications. Some companies are trying to implement such solutions in their processes and systems, while others are not yet aware of the specific benefits. Cloud apps offer great potential to improve the process, as the actual use cases show.

The Edge and Cloud apps promise more efficient maintenance, a better overview, and higher productivity. Intelligent apps for use on production systems and machines use data from system automation to generate actionable recommendations for service technicians and system operators. However, when it comes to deploying the right solution, companies are divided into two parts. Some companies are already using such solutions, while others have been reluctant so far.

Cloud App: Acceptance isn’t just about innovation motivation

The big difference between accepting cloud and edge-based apps can only be explained by the difference in managers’ willingness to innovate and the innovation cycle. In each industry. Rather, the reason is often that the benefits of IIoT technologies such as edge or cloud platforms are unknown or not well related to the challenges of their own production environment.

Cloud App and Automation

In a production environment, not mutually but together, generate notifications and messages from automation and send them to other systems to make plant operators aware of or make available malfunctions. need to do it. To the current key figures for production control of assembly lines. This feature can also be implemented in automated systems. However, such a solution involves a lot of effort. This notification feature is much easier to implement in your Edge or Cloud app.
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Practical Support for Device Management

The Device Management topic also shows how much automation can benefit from edge and cloud apps. Maintaining installed devices can be a complex task, especially in highly automated systems. Without a central device management system, as it used to exist in IT, hundreds of different devices in different locations and systems may need to be updated on a regular basis. In many cases, this meant that employees had to import updates into the site’s system, with all the associated costs involved.

Cloud apps improve knowledge management

Cloud apps not only help production and service teams perform tasks but also enable companies to more effectively use the knowledge of employees, another central resource. It also helps to do. Know exactly why plant A requires different parameters than plant B for all productions, what to do if a unit fails on a particular machine, and therefore why it makes an immeasurable contribution to productivity. There are specialists.

Automation with Data Processing Options

By integrating cloud and edge applications, you can easily and effectively support many common tasks in production. Apps can complement existing automation with efficient options for data preparation and processing without significant intervention in machine or system architecture. You can also retrofit an existing machine or system with the appropriate IIoT gateway or edge device. This reduces investment costs and reduces the risk of ongoing system operation.

Smart People Are Essential For IQ Technology.

The era of the IQ enterprise has here, and we can no longer ignore it. AI, cognitive computing, and predictive analytics have become a reality due to the high IQ of smart people, In practically every industry, fast and agile startups are challenging old firms to join or vanish, and if you want to check your IQ average, you may take an online iq test free.

IQ Innovation

This type of breakthrough is only conceivable when intelligent technology is combined with human inventiveness. This means that employees’ jobs will alter dramatically, as will the demands placed on them. According to Accenture’s Reworking the Revolution report, most leaders are now convinced that the future described above is correct – but few understand how to use what Accenture refers to as applied IQ, or the ability to implement technology and human ingenuity to drive growth in their organizations.

The concept of work must be given a new meaning.

Many white-collar jobs are similarly repetitious and need little cognitive workout aside from concentration. Computers can do these responsibilities and function quicker, better, error-free, and 24 hours a day, seven days a week. This should free up time for staff to participate and provide value, such as through more productive interactions with clients rather than sending bills and reminders.

Employees are aware of and feel a part of their organization’s distinctive value offer.

Processes are being simplified, but just performing the same things quicker and smarter is not the solution, not for the business nor for the individual person. According to some theorists, work will become an enviable privilege of the intellectual and decisive elite while the masses will have to make do with a universal basic income and high or low hobbies. Accenture itself invests 60 percent of the savings that AI realizes they’re in the training and education of thousands of employees, whose bulk of work has now been outsourced to machines.

Man and machine will have to do it together

For the time being, machines carry out human directions. CEOs cannot function effectively without ‘human’ competencies in resource allocation, leadership, communication, problem-solving, and making judgments and choices based on limited information. evaluating circumstances People who understand how to extend and enrich their range of competencies through the machine will soon outnumber the ‘pure’ human colleague. According to the McKinsey research, Employment Lost, Jobs Gained Workforce Transitions in an Age of Automation, by 2030, approximately 15% of jobs globally will have transformed or gone. This means that the skills that organizations require will change and that the career paths on which the first steps are now being taken will take completely new routes and directions that current training programs have no idea about and for. to have. In this regard, we as a society face an unprecedented challenge. Previous’revolutions’ such as those from an agrarian to an industrial society, or even those to our current ‘information society.